Respuesta :
Answer:
7,01 g of indole-3-acetic acid
Explanation:
The milimolar concentration (mM) is defined as the ratio of milimoles per Liter of solution. 400mM means 400mmoles / L that is the same of 0,4mol / L
100mL are 0,1L. Using these values:
0,1L × (0,4mol / L ) = 0,04moles of indole-3-acetic acid.
As the MW of the molecule is 175,2 g/mol:
0,04mol × (175,2g / mol) = 7,01 g of indole-3-acetic acid
Thus, you need 7,01 g of indole-3-acetic acid to generate your solution.
I hope it helps!
The indol-3-acetic acid should be 7,01 g for adding to generate the solution.
What is millimolar concentration (mM) ?
It refers to the ratio of milimoles per Liter of solution.
Here 400mM represent 400mmoles / L i.e. similar of of 0,4mol / L
Likewise
100mL are 0,1L.
Now
0,1L × (0,4mol / L ) = 0.04 moles of indole-3-acetic acid.
Since the MW of the molecule is 175.2 g/mol:
So,
= 0,04mol × (175,2g / mol)
= 7,01 g
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